The YOKOGAWA AAV141-S00-S2, also cataloged as the AAV141 Analog Input Module, operates as a dedicated hardware component for high-precision signal acquisition within CENTUM DCS platforms.
The YOKOGAWA AAV141-S00-S2, also cataloged as the AAV141 Analog Input Module, operates as a dedicated hardware component for high-precision signal acquisition within CENTUM DCS platforms.
Hardware Specifications
Parameter
Specification
Model
AAV141-S00-S2
Brand
YOKOGAWA
Origin
N/A
Weight
0.23 kg
Dimensions
N/A
Operating Temp
N/A
Power Consumption
N/A
Category
PLC Module/Rack
DCS Process Control and Data Acquisition
The YOKOGAWA AAV141-S00-S2 functions as the primary AAV141 Analog Input Module utilized to execute signal digitization and process variable monitoring across DCS platforms. The architecture is engineered for integration into standard rack-based control systems, facilitating the conversion of incoming field signals into structured digital data for controller processing. The module design prioritizes stable signal throughput, ensuring that data integrity is maintained during transmission across the backplane bus to the central processor, thereby supporting deterministic control loop execution.
Frequently Asked Questions
Q: Is this module compatible with existing CENTUM series backplanes? A: Yes, the AAV141-S00-S2 is designed for seamless integration with compatible rack-based CENTUM control systems. Verification of the backplane slot configuration is required prior to installation.
Q: Does the module require external calibration after initial power-up? A: The module is factory-calibrated for standard operational ranges. Routine calibration checks should be performed according to the specific maintenance schedule of the DCS host system to ensure measurement accuracy.
Field Installation Guidelines
Ensure the module is properly oriented and fully seated into the backplane connector to guarantee reliable electrical contact and communication with the Field Control Station.
Shield all input signal cabling to prevent external electromagnetic interference from affecting the low-voltage analog signals processed by the module.
Land cable shield drain wires at the cabinet ground bus provided for instrumentation, ensuring no ground loops are created between the field sensor and the module input.
Inspect all terminals for secure connection; loose wires can lead to signal fluctuation or intermittent data transmission in high-vibration environments.
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